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K Block Erasure Rate Performance for GPRS    K.1 Introduction    K.2 Simulation Model    K.3 Results    K.4 Conclusions    L Proposal on how to report GPRS performance into GSM 05.05    L.1 Introduction    L.2 GPRS BLER performance    L.3 GPRS throughput analyses    L.4 Proposals for GPRS performance in GSM 05.05    L.5 Conclusions    M GPRS simulation results in TU 3 and TU 50 no FH    M.1 Introduction    M.2 Simulation Model    M.3 Maximum GPRS throughput    M.4 Conclusion    M.5 References    N C/Ic and Eb/No Radio Performance for the GPRS Coding Schemes    N.1 Introduction    N.2 C/I simulation results    N.3 Eb/N0 performance    N.4 Conclusions    N.5 References    P Block Error Rate and USF Error Rate for GPRS    P.1 Introduction    P.2 Simulation Assumptions    P.3 Simulation Results    Q Block Error Rate and USF Error Rate for GPRS, 1800 MHz    Q.1 Introduction    Q.2 Simulation Assumptions    Q.3 Simulation Results    R Pico BTS RF Scenarios    R.1 Introduction    R.2 Fixed parameters    R.3 Maximum BTS Output Power    R.4 BTS Receiver Sensitivity    R.5 BTS Power Control Range    R.6 BTS Spectrum due to modulation and wideband noise    R.7 Spurious Emissions    R.8 Radio Frequency Tolerance    R.9 Blocking Characteristics    R.10 pico- BTS AM suppression characteristics    R.11 intermodulation    R.12 Pico BTS TI1.5 performance requirements    R.13 timing and synchronisation   
...

 

K   Block Erasure Rate Performance for GPRS   PDF-p. 126
L   Proposal on how to report GPRS performance into GSM 05.05   PDF-p. 128
M   GPRS simulation results in TU 3 and TU 50 no FH   PDF-p. 134
N   C/Ic and Eb/No Radio Performance for the GPRS Coding Schemes   PDF-p. 139
P   Block Error Rate and USF Error Rate for GPRS   PDF-p. 144
Q   Block Error Rate and USF Error Rate for GPRS, 1800 MHz   PDF-p. 155      Up
R   Pico BTS RF Scenarios   PDF-p. 161
R.1   Introduction
R.2   Fixed parameters
R.3   Maximum BTS Output Power   PDF-p. 162
R.4   BTS Receiver Sensitivity   PDF-p. 163
R.5   BTS Power Control Range
R.6   BTS Spectrum due to modulation and wideband noise   PDF-p. 165      Up
R.7   Spurious Emissions
R.8   Radio Frequency Tolerance   PDF-p. 166
R.9   Blocking Characteristics
R.10   pico- BTS AM suppression characteristics   PDF-p. 167
R.11   intermodulation
R.12   Pico BTS TI1.5 performance requirements   PDF-p. 171
R.13   timing and synchronisation   PDF-p. 172

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